Aerial photography visual simulation method, aerial photography visual simulation equipment, aerial photography visual simulation terminal and aerial photography visual simulation system based on VR glasses

Abstract

The invention relates to an aerial photography visual simulation method, aerial photography visual simulation equipment, an aerial photography visual simulation terminal and an aerial photography visual simulation system based on VR glasses. The method comprises the following steps: constructing aerial photography scene models corresponding to different modes, receiving air route drawing information, shooting parameter information and flight parameter information input by a server user for each aerial photography scene model, and generating corresponding flight route information according to the air route drawing information; entering the corresponding aerial photography scene model according to an aerial photography scene selection command input by a client user; and controlling the aircraft to fly in the aerial photography scene model according to the flight control command input by the client user, and synchronously shooting according to the shooting parameter information to obtainaerial photography image information. The visual simulation of the aerial photography process is accurately achieved, and the teaching is facilitated. The understanding of students on the aerial photography process is greatly improved, and the teaching cost is greatly reduced. The switching can be conducted according to different aerial photography scenes, and the great convenience is achieved.

Description

technical field [0001] The present invention relates to the technical field of virtual reality, in particular to a VR glasses-based aerial photography visual simulation method, device, terminal and system. Background technique [0002] With the development of technology, aerial photography by UAV has been widely used in many fields, and aerial photography by UAV has also received extensive research. In practice, aerial photography by UAVs is usually carried out in outdoor areas. Therefore, it is difficult to understand the aerial photography process. It is necessary to watch the aerial photography process of UAVs in a relatively high position outdoors, and It is necessary to watch the aerial photography process when the UAV is actually flying, and the cost is relatively high. It is basically impossible to understand the whole aerial photography process. For aerial photography teaching, it will be very inconvenient. It is usually inconvenient for students to watch the aeria...

AI Technical Summary

Problems solved by technology

In practice, aerial photography by UAVs is usually carried out in outdoor areas. Therefore, it is difficult to understand the aerial photography process. It is necessary to watch the aerial photography process of UAVs in a relatively high position outdoors, and It is necessary to watch the aerial photography process when the UAV is actually flying, and the cost is relatively high. It is basically impossible to understand the whole aerial photography process

For aerial photography teaching, it will be very inconvenient. It is usually inconvenient for students to watch the aerial photography process outdoors. In current technology, sand tables are usually built indoors, and the camera equipment is used to simulate the live aerial photography process. However, this It is often not realistic enough to allow students to better experience the aerial photography process. During the teaching process, students cannot intuitively understand the relationship between aerial photography scenes, routes and other concepts, and the aerial photography scenes are single, and cannot be switched for different scenes. , and will occupy a large area of ​​the site at the same time, the cost is higher

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